Industrial and research equipment for phenotyping and scientific research


I want to...

Measure photosynthesis efficiency

Imaging systems based on chlorophyll fluorescence imaging.


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Visualise morphological parameters 

Systems based on multispectral imaging for morphological phenotyping


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Measure GFP/RFP expression

Imaging small plants, detached leaves and/or pathogens with the use of GFP/RFP

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Monitor my plants in the greenhouse

Let your plants take the driving seat!

Real-time data on the performance of your crop which can be linked to your climate computer

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I want to...

Measure photosynthesis efficiency

Imaging systems based on chlorophyll fluorescence imaging.


Read more

Visualise morphological parameters 

Systems based on multispectral imaging for morphological phenotyping


Read more

Measure GFP/RFP expression

Imaging small plants, detached leaves and/or pathogens with the use of GFP/RFP

Read more

Monitor my plants in the greenhouse

Let your plants take the driving seat!

Real-time data on the performance of your crop which can be linked to your climate computer

Read more

Improve your scientific research



PhenoVation’s imaging systems will allow you to apply time-lapse imaging to your research. This will let you visualise your research more clearly, which can obviously be of great benefit. The systems are capable of imaging whole plants, leaves, complete well plates or individual wells . These data collection methods are all non-destructive. The video on the left shows the effect of applying 2 droplets of non-systemic herbicide to black nightshade. The video on the right shows the infection of phytophthora on potato leaves.

   

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Speed up your cultivation programme



An increasing number of breeders and growers is starting to use imaging systems for assessing the quality or current stage of development of their products. Imaging systems are already being used for a variety of simple tasks, like sorting based on size, height, and width. Multispectral and efficiency of photosynthesis imaging, however, allows you to identify plants that perform poorly in photosynthesis or plant physiological parameters such as the chlorophyll index and anthocyanin index. These new parameters will accelerate breeding projects due to early assessment and more objective measurements.

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Take the next step to autonomous growing



PhenoVation delivers cutting-edge, multispectral imaging systems for plant growers, researchers, and multinationals. We assist our customers in their steps towards innovation and automation.

 

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